Abstract:
[Problem to be Solved] To suppress the generation of voids or cracks due to flux gas generated at the time of soldering, in a chip type capacitor formed by attaching a seat plate to a capacitor. [Solution] When providing auxiliary terminals 20 for increasing the soldering strength on a seat plate 10 for chipping, which enables a lead same direction type capacitor to be surface mounted, a gas release groove 24, preferably formed as a slit to release flux gas generated at the time of soldering, is formed on each of the auxiliary terminals 20.
Abstract:
The invention refers to an electronic component (2) for application in high pressure environments comprising a casing (4) entirely filled with an electrically insulating first fluid (F1), whereby the casing (4) exhibits or connects to a volume compensation unit for compensating a volume change of the first fluid (F1). Furthermore the invention refers to an electric device (1) comprising at least one such electronic component (2) in a device housing (10), whereby the device housing (10) is filled with a second fluid (F2).
Abstract:
Dispositif comprenant un substrat (SB), une partie d'interconnexion de circuit intégré (12) disposée au dessus d'une première face (F1) du substrat, au moins un condensateur (CD) traversant ledit substrat possédant une première électrode ayant une première face de contact (F41) électriquement couplée à une première zone électriquement conductrice disposée au dessus d'une deuxième face (F3) du substrat et une deuxième électrode électriquement couplée à ladite partie d'interconnexion, au moins une liaison électriquement conductrice (LT) traversant le substrat ayant d'une part une première face de contact (F42) électriquement couplée à une deuxième zone électriquement conductrice disposée au dessus de ladite deuxième face du substrat et d'autre part une partie électriquement couplée à ladite partie d'interconnexion, lesdites deux premières faces de contact (F41, F42) étant situées dans un même plan.
Abstract:
The invention relates to a method for manufacturing a unit for storing electrical energy, comprising a cover and an outer casing, the method including a closing step (400) consisting of contactlessly applying a compressive force to one of the parts forming the storage unit, such that the cover and the outer casing are mechanically fitted into one another so as to close the outer casing using the cover by means of the engagement of the shapes thereof.
Abstract:
The invention relates to a method for applying a double sealing system to an electro-technical device and an electro-technical device with a double seal. Said Electro-technical device comprises ; a container (5) housing a functional unit (2) and including one aperture (52) provided with a cover (6), wherein said cover has a first face (61) abutting an annular surface (520) which borders said aperture (52) ; a first sealing joint (7) accommodated in a first groove (64) provided in the first face (61) of the annular surface (520), a second groove (65) provided on said first face (61) of the annular surface (520), and surrounding the first groove (64), said second groove (65) having a closed concavity not directly accessible from the exterior of the electro-technical device (1) when the cover is applied to the annular surface (520). Said device futher comprises a first channel (651) for connecting the second groove (65) to a first external point of injection (9) and a second sealing joint (8), made by injection moulding of a sealing substance (81) after the cover has been applied to said annular surface, provided in the second groove (65).
Abstract:
The invention relates to a method for applying a double sealing system to an electro-technical device and an electro-technical device with a double seal. Said Electro-technical device comprises ; a container (5) housing a functional unit (2) and including one aperture (52) provided with a cover (6), wherein said cover has a first face (61) abutting an annular surface (520) which borders said aperture (52) ; a first sealing joint (7) accommodated in a first groove (64) provided in the first face (61) of the annular surface (520), a second groove (65) provided on said first face (61) of the annular surface (520), and surrounding the first groove (64), said second groove (65) having a closed concavity not directly accessible from the exterior of the electro-technical device (1) when the cover is applied to the annular surface (520). Said device futher comprises a first channel (651) for connecting the second groove (65) to a first external point of injection (9) and a second sealing joint (8), made by injection moulding of a sealing substance (81) after the cover has been applied to said annular surface, provided in the second groove (65).